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Given an array A [ 1 . n n ] we want to find the element which occurs in this array with the highest frequency
Given an array we want to find the element which occurs in this array with the highest frequency ie the mode We decide to use hashing for this purpose. We shall use hashing with chaining. But to calculate frequencies, we need to change the insert function. If the key to be inserted is already present in the hashtable, then we simply increment its frequency by If key is not already present, then we proceed as usual to create a new entry to be added to the linked list originating at htablehk In this case, hashobject will have three fields:
struct Hashobject
int key;
int freg
Hashobject
Hashobject htable
int hfint return :;
You
have.to write using Javaprecise pseudocode:
void insertint key
Your insert function will first find the location in hash table then walk through the linked list emanating from that slot. If it finds in the linked list, it increments its frequency. Else, it inserts a new node containing key at the end of the linked list.
Given an array we want to find the element which occurs in this array with the highest frequency ie the mode We decide to use hashing for this purpose. We shall use hashing with chaining. But to calculate frequencies, we need to change the insert function. If the key to be inserted is already present in the hashtable, then we simply increment its frequency by If key is not already present, then we proceed as usual to create a new entry to be added to the linked list originating at htablehk In this case, hashobject will have three fields:
struct Hashobject
int key;
int freg ;
Hashobject next;
Hashobject htablen;
int hint k return :;
You have to write using Javaprecise pseudocode:
void insertint key
Your insert function will first find the location in hash table then walk through the linked list emanating from that slot. If it finds in the linked list, it increments its frequency. Else, it inserts a new node containing key at the end of the linked list.
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